Aerospatiale Se3130 Alouette II Starterset

Includes glue, a brush and 4 tins of acrylic paint

NOT suitable anymore for Dutch version as wheeled landing gear is omitted.

Master the skies: Alouette II model kit - true to detail in 1:32 scale

Discover the detailed model kit of the Alouette II, a masterpiece of French engineering and one of the pioneers of gas turbine-powered helicopters. This 1:32 scale kit pays homage to the pioneering technology and elegant design of the original. With 191 precision-engineered parts, it offers a captivating challenge for Level 4 modelers who are already advanced in the hobby. The finished helicopter impresses with a length of 303 mm, a height of 86 mm and a rotor diameter of 318 mm, making it an impressive display piece in any collection.

Scope of delivery:

• 191 precisely manufactured parts
• Turnable rotor for dynamic display
• Authentic decal for realistic details
• Detailed building instructions

Special features:

• Innovative building techniques: Designed for an immersive building experience and a detailed end product.
• Detailed surface textures: Each part has been designed to reflect the complex structure of the real helicopter.
• Turnable rotor: Gives the model a dynamic and realistic appearance.
• Authentic decal: Ensures an authentic look and enables individual design.

This Alouette II model kit is ideal for advanced level 4 model builders. It requires experience in gluing and painting and offers an exciting challenge for anyone aged 12 and over who wants to demonstrate their skills and passion for model building.

Background information:

The Alouette II is a symbol of progress in aviation and was one of the first mass-produced helicopter types with a gas turbine engine. Its introduction marked the beginning of a new era in aviation history and significantly influenced the development of future helicopter models. With this model kit, you not only hold a piece of technical history in your hands, but also the legacy of a helicopter that redefined the limits of what is possible.